"corrupted double-linked list" on boost::function free()

Question

I am going to try to ask this question without supplying too much source code because all the relevant bits add up to a bunch. The key (I think?) objects involved are

using namespace o2scl;

typedef MSMTModel<TASensor,PosModel,target2d,ovector,ovector_const_subvector> TA_MSMTModel;
typedef MPC_funct_mfptr<MSMT_InitialState,TA_MSMTModel,MSMTFormation> MPC_TAFormation_mfptr;
typedef boost::function<int (size_t, const ovector_base&, double&, TA_MSMTModel&)> TA_mfunct;

TA_mfunct mf1 = boost::bind(&MPC_TAFormation_mfptr::mfn, f1, _1, _2, _3, _4);

the boost::function mf1 is used as a callback function for a minimisation routine (o2scl::ool_mmin_spg) but I don't think the problem I am having is specific to that. The code runs with the calls to the ool_mmin_spg.mmin() function which makes use of mf1 as a callback and seems to run without errors. Then I get this lovely message

* glibc detected * ./test: corrupted double-linked list: 0x0000000001e9fb20 ***

followed by a backtrace and memory map. The relevant line of the backtrace seems to be

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#7 0x000000000041d32a in boost::detail::function::functor_manager, o2scl::ovector_const_subvector_tlate >, MSMTFormation>, unsigned long, o2scl::ovector_base_tlate const&, double&, dmect::MSMTModel, o2scl::ovector_const_subvector_tlate >&>, boost::_bi::list5, o2scl::ovector_const_subvector_tlate >, MSMTFormation> >, boost::arg<1>, boost::arg<2>, boost::arg<3>, boost::arg<4> > > >::manage (in_buffer=, out_buffer=warning: (Internal error: pc 0x41d270 in read in psymtab, but not in symtab.)

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I deduce that there is a problem freeing up memory from the boost::function, but other than that I am lost. Are there any pointers on trying to debug glibc "corrupted double-linked list" errors? I've found a few references on google but all have seemed to address very specific problems. Please let me know if more detailed code snips are required and thanks for your time!

Answer 1

Run the program through valgrind. That'll give you a stack trace when the memory gets corrupted (as well as a stack trace corresponding to the history of that piece of memory eg. where it was created or, if it was deleted, where it was destroyed).

Answer 2

I'm the O2scl writer and didn't see this post until now. I looked over the spg minimizer a bit just to make sure, and I didn't see anything clearly wrong, but I admit I've never tried using boost::function and o2scl together in this way. I'll continue to look things over a bit, but let me know if you figure things out.